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Code: ASM Resource Thread

deoadiuvante

1
Posts
6
Years
  • Age 30
  • Seen May 20, 2018
jiangzhengwenjzw said:
Misc:

A EV-IV Display Screen

RENEWAL:
Spoiler:
Click to expand...

The EV-IV display here looks fantastic! Unfortunately, I am unsure how to insert it into a ROM (Emerald).

The readme file says I need to have "Devkitarm" and "make" installed and that "armips v0.8/0.9" is required.

Mainly, I just have no clue what those programs are and how I would get them installed correctly in order to compile and insert this code into my ROM. I believe I MAY have Devkitarm installed (from using DizzyEgg's Emerald Battle Engine Upgrade), but I'm not sure about "make" nor "armips".

Any help on this would be absolutely appreciated, otherwise it seems I may have a lot of basic research on my hands before I'm able to include this in my ROM (which I'm also unsure of where to start).
 

mattyman

2
Posts
6
Years
  • Age 28
  • Seen Jan 7, 2019
Hi everyone. I was hoping someone could take a look at an asm routine and a script and tell me what i'm doing wrong. Here's the routine, originally made by FBI,

Spoiler:


It is meant to rename the player from the overworld, but if the name is invalid (contains spaces), is sets 0x800D to 0x1. Everything works, except that last part. If I put a space in the name, it acts as if the name is valid and continues without changing the name.

Here is the script I wrote for it,

Spoiler:


Is it something wrong with the routine or my script?
 
Blah

Blah

Free supporter
1,924
Posts
11
Years
mattyman said:
Hi everyone. I was hoping someone could take a look at an asm routine and a script and tell me what i'm doing wrong. Here's the routine, originally made by FBI,

Spoiler:


It is meant to rename the player from the overworld, but if the name is invalid (contains spaces), is sets 0x800D to 0x1. Everything works, except that last part. If I put a space in the name, it acts as if the name is valid and continues without changing the name.

Here is the script I wrote for it,

Spoiler:


Is it something wrong with the routine or my script?
Click to expand...
The validity check in the routine is very naive. It simply checks if the first character is a space, or no name was written. You'd have to do some sort of while loop or similar to validate spaces.
Code: 
checkValidName:
ldr r0, =(0x300500C)
ldr r0, [r0]
ldrb r2, [r0]
cmp r2, #0xff
beq invalid
mov r1, #0x0

loop:
cmp r1, #0x13 @whatever max limit is for a name 0xff inclusive
beq done
add r0, r0, r1
ldrb r2, [r0]
cmp r2, #0x0
beq invalid
add r1, r1, #0x1
b loop

Something like that...
 
Last edited:

mattyman

2
Posts
6
Years
  • Age 28
  • Seen Jan 7, 2019
FBI said:
The validity check in the routine is very naive. It simply checks if the first character is a space, or no name was written. You'd have to do some sort of while loop or similar to validate spaces.
Code: 
checkValidName:
ldr r0, =(0x300500C)
ldr r0, [r0]
ldrb r2, [r0]
cmp r2, #0xff
beq invalid
mov r1, #0x0

loop:
cmp r1, #0x13 @whatever max limit is for a name 0xff inclusive
beq done
add r0, r0, r1
ldrb r2, [r0]
cmp r2, #0x0
beq invalid
add r1, r1, #0x1
b loop

Something like that...
Click to expand...

Sorry that's actually what I meant, I just worded it poorly. In the original routine, if I type just a space and no name, it acts as though it is valid and then keeps the name the character had before.
 
AkameTheBulbasaur

AkameTheBulbasaur

Akame Marukawa of Iyotono
409
Posts
10
Years
paccy said:
Inherit Pokeball from Mother (Emerald)
Click to expand...

I have ported this to Fire Red!

Routine 1: Put 00 49 08 47 XX XX XX 08 at 0x46250
Spoiler:


Routine 2: Put 00 48 00 47 XX XX XX 08 at 0x46D10
Spoiler:


Routine 3: 00 4A 10 47 XX XX XX 08 at 0x46DD0
Spoiler:


I have also made a routine that will cause the PokeBall to be random. To use this:

1. Don't insert Routine 1.
2. Instead of Routine 2, insert the routine below.
3. Insert Routine 3 normally.

Routine: Put 00 48 00 47 XX XX XX 08 at 0x46D10
Spoiler:
 

Lancekoijerwillborough

41
Posts
7
Years
  • Age 27
  • Seen Dec 16, 2018
FBI said:

Wild Pokemon With custom attacks


Well, this took me longer than it should have lol. I initially just edited the wild Pokemon in RAM to have the moves I wanted, and used masterballs to capture it (i.e I didn't battle it).
Then I got a PP problem where the PP didn't match, so I wrote a routine to try and fix the PP problem. Then I talked to a friend on IRC, and he pointed out that I should make sure the Pokemon has the same moves in battle. Yeah, needless to say it didn't lol. So I ended up hacking the wild pokemon generator.

How to insert:

First compile this ASM routine.
ASM Routine:
Spoiler:


compiled version:
Code: 
0F 4D 00 24 29 1C 09 78 00 29 13 D0 02 21 61 43 49 19 09 88 40 46 0B 4B 00 F0 10 F8 01 34 04 2C F0 D1 00 04 49 46 0D 0C 00 9B 07 49 48 45 06 D1 06 49 08 47 03 4B 00 F0 01 F8 F2 E7 18 47 08 47 B8 70 03 02 B1 E8 03 08 61 EA 03 08 57 EA 03 08

Now go to 0x3EA46 and insert:
Code: 
01 48 00 47 00 00 XX XX XX 08

Where XX XX XX is the reverse hex pointer to where you inserted the previously compiled routine.

How to use:
Set var 0x8000 to 0x0 to disable.
Variables 0x8000 to 0x8003 are the 4 custom attacks you want inserted.
So to set the first attack of the wild Pokemon to firepunch, I would setvar 0x8000 0x7.

Here's a present :3
LjzUa9a.png


EDIT: Attacks must be between 0x0-0xFFFF
Click to expand...

Just want to report that none of these is working.
 
Delta231

Delta231

A noob
681
Posts
7
Years
Spherical Ice

Spherical Ice

5,256
Posts
16
Years

Stats on the Pokédex screen replacing the weight comparison


QMVkkkn.png
LpH11UN.png
8pyCTYQ.png

Code: 
.thumb

@ credits to DoesntKnowHowToPlay and Squeetz

.equ rom, 0x08000000
.equ offset, 0x

.org 0x10611E, 0xFF
	.byte 0x43, 0xE0
	
.org 0x106370, 0xFF
	.byte 0x0, 0x48, 0x0, 0x47
	.word main + rom + 1

.org 0x106530, 0xFF
	.byte 0xCE, 0xE0
	
.org 0x452200, 0xFF
	.byte 0xA

.org offset, 0xFF
main:
    mov r5, #4
    str r5, [sp]
    str r6, [sp, #4]
    mov r0, r10
    cmp r0, #0
    beq unknown_base_stats

hp:
    mov r0, #0
    bl print_stat
    mov r3, #4 @ y co-ord
    str r3, [sp]
    mov r3, #0 @ x co-ord
    ldr r5, write_method
    bl call_via_r5
    
atk:
    mov r0, #1
    bl print_stat
    mov r3, #4 @ y co-ord
    str r3, [sp]
    mov r3, #0x2C @ x co-ord
    ldr r5, write_method
    bl call_via_r5
     
def:
    mov r0, #2
    bl print_stat
    mov r3, #18 @ y co-ord
    str r3, [sp]
    mov r3, #0 @ x co-ord
    ldr r5, write_method
    bl call_via_r5
     
spa:
    mov r0, #4
    bl print_stat
    mov r3, #18 @ y co-ord
    str r3, [sp]
    mov r3, #0x2C @ x co-ord
    ldr r5, write_method
    bl call_via_r5
     
spd:
    mov r0, #5
    bl print_stat
    mov r3, #32 @ y co-ord
    str r3, [sp]
    mov r3, #0 @ x co-ord
    ldr r5, write_method
    bl call_via_r5
     
spe:
    mov r0, #3
    bl print_stat
    mov r3, #32 @ y co-ord
    str r3, [sp]
    mov r3, #0x2C @ x co-ord
    ldr r5, write_method
    bl call_via_r5
    
print_ability_one:
    ldr r0, [sp, #0x1C]
    mov r3, #0x1C
    mul r0, r3
    ldr r1, base_stats
	ldr r1, [r1]
    mov r3, #0x16
    add r1, r1, r3
    add r1, r0, r1
    ldr r3, abilities
	ldr r3, [r3]
    ldrb r2, [r1]
    mov r1, #0xD
    mul r1, r2
    add r2, r1, r3    
    ldr r1, [r7]
    add r1, #0x53
    ldrb r1, [r1]
    mov r0, r1
    mov r1, #0
    mov r3, #46
    str r3, [sp]
    mov r3, #0
    ldr r5, write_method
    bl call_via_r5
    
print_ability_two:
    ldr r0, [sp, #0x1C]
    mov r3, #0x1C
    mul r0, r3
    ldr r1, base_stats
	ldr r1, [r1]
    mov r3, #0x16
    add r1, r1, r3
    add r1, r0, r1
    ldrb r2, [r1, #1]
    ldrb r5, [r1, #0]
    ldr r3, abilities
	ldr r3, [r3]
    cmp r2, r5
    beq return
    cmp r2, #0
    beq return
    mov r1, #0xD
    mul r1, r2
    add r2, r1, r3
    
    ldr r1, [r7]
    add r1, #0x53
    ldrb r1, [r1]
    mov r0, r1
    mov r1, #0
    mov r3, #60
    str r3, [sp]
    mov r3, #0
    ldr r5, write_method
    bl call_via_r5
    b return
    
unknown_base_stats:
    mov r0, r1
    mov r1, #0
    ldr r2, str_unknown
    mov r3, #4 @ y co-ord
    str r3, [sp]
    mov r3, #0 @ x co-ord
    ldr r5, write_method
    bl call_via_r5
    
return:
    mov r5, #0
    ldr r0, return_loc
    bx r0
    
print_stat:
    push {lr}
    ldr r3, [sp, #0x20]
    mov r1, #0x1C
    mul r3, r1
    ldr r2, base_stats
	ldr r2, [r2]
    add r2, r3
    add r2, r0
    ldrb r1, [r2]
    mov r4, r0
    ldr r0, fcode_buffer2
    mov r3, #0
    cmp r1, #99
    bhi no_leading_zeroes
    cmp r1, #9
    bhi one_leading_zero

two_leading_zeroes:
    str r3, [r0]
    add r0, #1

one_leading_zero:
    str r3, [r0]
    add r0, #1

no_leading_zeroes:
    mov r3, #3
    ldr r5, int_to_str
    bl call_via_r5
    
    mov r2, r4
    ldr r0, displayed_string
    ldr r1, str_table
    lsl r2, r2, #2
    add r1, r2
    ldr r1, [r1]
    ldr r5, fdecoder
    bl call_via_r5
    ldr r1, [r7]
    add r1, #0x53
    ldrb r1, [r1]
    mov r0, r1
    mov r1, #0
    ldr r2, displayed_string
    pop {r5}
    
call_via_r5:
    bx r5

.align 2
    base_stats:             .word 0x1BC + rom
    abilities:              .word 0x1C0 + rom
    str_table:              .word table + rom
    str_unknown:            .word capture + rom
    fcode_buffer2:          .word 0x02021CD0
    displayed_string:       .word 0x02021D18
    int_to_str:             .word 0x08008E78|1
    fdecoder:               .word 0x08008FCC|1
    write_method:           .word 0x081047C8|1
    return_loc:             .word 0x08106380|1
table:
	.word stat_hp + rom
	.word stat_atk + rom
	.word stat_def + rom
	.word stat_spe + rom
	.word stat_spa + rom
	.word stat_spd + rom
	
stat_hp:
	.byte 0xC2, 0xCA, 0x0, 0x0, 0xFD, 0x2, 0xFF
	
stat_atk:
	.byte 0xBB, 0xE8, 0xDF, 0x0, 0xFD, 0x2, 0xFF 
	
stat_def:
	.byte 0xBE, 0xD9, 0xDA, 0x0, 0xFD, 0x2, 0xFF
	
stat_spe:
	.byte 0xCD, 0xE4, 0xD9, 0x0, 0xFD, 0x2, 0xFF
	
stat_spa:
	.byte 0xCD, 0xE4, 0xBB, 0x0, 0xFD, 0x2, 0xFF
	
stat_spd:
	.byte 0xCD, 0xE4, 0xBE, 0x0, 0xFD, 0x2, 0xFF
	
capture:
	.byte 0xBD, 0xD5, 0xE4, 0xE8, 0xE9, 0xE6, 0xD9, 0x0, 0xDA, 0xE3, 0xE6, 0xFE, 0xE1, 0xE3, 0xE6, 0xD9, 0x0, 0xDD, 0xE2, 0xDA, 0xE3, 0xE6, 0xE1, 0xD5, 0xE8, 0xDD, 0xE3, 0xE2, 0xAB, 0xFF

Thanks to DoesntKnowHowToPlay for the base routine which I slightly edited / optimised, and to Squeetz for making the routine into a form that can be applied as a patch.
 
Last edited:
pikachux2

pikachux2

Never Evolve
115
Posts
14
Years
So I've extracted both Gnumake and devkitARM v45. I have the double battle code extracted as well. I've read the readmes for all these files and they definitely don't assume i'm a beginner. Has anyone ever done this and wanna do a quick step-by-step? Thanks again.
 

Neon Skylar

75
Posts
9
Years
Spherical Ice said:

Stats on the Pok?dex screen replacing the weight comparison


QMVkkkn.png
LpH11UN.png
8pyCTYQ.png

Code: 
.thumb

@ credits to DoesntKnowHowToPlay and Squeetz

.equ rom, 0x08000000
.equ offset, 0x

.org 0x10611E, 0xFF
	.byte 0x43, 0xE0
	
.org 0x106370, 0xFF
	.byte 0x0, 0x48, 0x0, 0x47
	.word main + rom + 1

.org 0x106530, 0xFF
	.byte 0xCE, 0xE0
	
.org 0x452200, 0xFF
	.byte 0xA

.org offset, 0xFF
main:
    mov r5, #4
    str r5, [sp]
    str r6, [sp, #4]
    mov r0, r10
    cmp r0, #0
    beq unknown_base_stats

hp:
    mov r0, #0
    bl print_stat
    mov r3, #4 @ y co-ord
    str r3, [sp]
    mov r3, #0 @ x co-ord
    ldr r5, write_method
    bl call_via_r5
    
atk:
    mov r0, #1
    bl print_stat
    mov r3, #4 @ y co-ord
    str r3, [sp]
    mov r3, #0x2C @ x co-ord
    ldr r5, write_method
    bl call_via_r5
     
def:
    mov r0, #2
    bl print_stat
    mov r3, #18 @ y co-ord
    str r3, [sp]
    mov r3, #0 @ x co-ord
    ldr r5, write_method
    bl call_via_r5
     
spa:
    mov r0, #4
    bl print_stat
    mov r3, #18 @ y co-ord
    str r3, [sp]
    mov r3, #0x2C @ x co-ord
    ldr r5, write_method
    bl call_via_r5
     
spd:
    mov r0, #5
    bl print_stat
    mov r3, #32 @ y co-ord
    str r3, [sp]
    mov r3, #0 @ x co-ord
    ldr r5, write_method
    bl call_via_r5
     
spe:
    mov r0, #3
    bl print_stat
    mov r3, #32 @ y co-ord
    str r3, [sp]
    mov r3, #0x2C @ x co-ord
    ldr r5, write_method
    bl call_via_r5
    
print_ability_one:
    ldr r0, [sp, #0x1C]
    mov r3, #0x1C
    mul r0, r3
    ldr r1, base_stats
	ldr r1, [r1]
    mov r3, #0x16
    add r1, r1, r3
    add r1, r0, r1
    ldr r3, abilities
	ldr r3, [r3]
    ldrb r2, [r1]
    mov r1, #0xD
    mul r1, r2
    add r2, r1, r3    
    ldr r1, [r7]
    add r1, #0x53
    ldrb r1, [r1]
    mov r0, r1
    mov r1, #0
    mov r3, #46
    str r3, [sp]
    mov r3, #0
    ldr r5, write_method
    bl call_via_r5
    
print_ability_two:
    ldr r0, [sp, #0x1C]
    mov r3, #0x1C
    mul r0, r3
    ldr r1, base_stats
	ldr r1, [r1]
    mov r3, #0x16
    add r1, r1, r3
    add r1, r0, r1
    ldrb r2, [r1, #1]
    ldrb r5, [r1, #0]
    ldr r3, abilities
	ldr r3, [r3]
    cmp r2, r5
    beq return
    cmp r2, #0
    beq return
    mov r1, #0xD
    mul r1, r2
    add r2, r1, r3
    
    ldr r1, [r7]
    add r1, #0x53
    ldrb r1, [r1]
    mov r0, r1
    mov r1, #0
    mov r3, #60
    str r3, [sp]
    mov r3, #0
    ldr r5, write_method
    bl call_via_r5
    b return
    
unknown_base_stats:
    mov r0, r1
    mov r1, #0
    ldr r2, str_unknown
    mov r3, #4 @ y co-ord
    str r3, [sp]
    mov r3, #0 @ x co-ord
    ldr r5, write_method
    bl call_via_r5
    
return:
    mov r5, #0
    ldr r0, return_loc
    bx r0
    
print_stat:
    push {lr}
    ldr r3, [sp, #0x20]
    mov r1, #0x1C
    mul r3, r1
    ldr r2, base_stats
	ldr r2, [r2]
    add r2, r3
    add r2, r0
    ldrb r1, [r2]
    mov r4, r0
    ldr r0, fcode_buffer2
    mov r3, #0
    cmp r1, #99
    bhi no_leading_zeroes
    cmp r1, #9
    bhi one_leading_zero

two_leading_zeroes:
    str r3, [r0]
    add r0, #1

one_leading_zero:
    str r3, [r0]
    add r0, #1

no_leading_zeroes:
    mov r3, #3
    ldr r5, int_to_str
    bl call_via_r5
    
    mov r2, r4
    ldr r0, displayed_string
    ldr r1, str_table
    lsl r2, r2, #2
    add r1, r2
    ldr r1, [r1]
    ldr r5, fdecoder
    bl call_via_r5
    ldr r1, [r7]
    add r1, #0x53
    ldrb r1, [r1]
    mov r0, r1
    mov r1, #0
    ldr r2, displayed_string
    pop {r5}
    
call_via_r5:
    bx r5

.align 2
    base_stats:             .word 0x1BC + rom
    abilities:              .word 0x1C0 + rom
    str_table:              .word table + rom
    str_unknown:            .word capture + rom
    fcode_buffer2:          .word 0x02021CD0
    displayed_string:       .word 0x02021D18
    int_to_str:             .word 0x08008E78|1
    fdecoder:               .word 0x08008FCC|1
    write_method:           .word 0x081047C8|1
    return_loc:             .word 0x08106380|1
table:
	.word stat_hp + rom
	.word stat_atk + rom
	.word stat_def + rom
	.word stat_spe + rom
	.word stat_spa + rom
	.word stat_spd + rom
	
stat_hp:
	.byte 0xC2, 0xCA, 0x0, 0x0, 0xFD, 0x2, 0xFF
	
stat_atk:
	.byte 0xBB, 0xE8, 0xDF, 0x0, 0xFD, 0x2, 0xFF 
	
stat_def:
	.byte 0xBE, 0xD9, 0xDA, 0x0, 0xFD, 0x2, 0xFF
	
stat_spe:
	.byte 0xCD, 0xE4, 0xD9, 0x0, 0xFD, 0x2, 0xFF
	
stat_spa:
	.byte 0xCD, 0xE4, 0xBB, 0x0, 0xFD, 0x2, 0xFF
	
stat_spd:
	.byte 0xCD, 0xE4, 0xBE, 0x0, 0xFD, 0x2, 0xFF
	
capture:
	.byte 0xBD, 0xD5, 0xE4, 0xE8, 0xE9, 0xE6, 0xD9, 0x0, 0xDA, 0xE3, 0xE6, 0xFE, 0xE1, 0xE3, 0xE6, 0xD9, 0x0, 0xDD, 0xE2, 0xDA, 0xE3, 0xE6, 0xE1, 0xD5, 0xE8, 0xDD, 0xE3, 0xE2, 0xAB, 0xFF

Thanks to DoesntKnowHowToPlay for the base routine which I slightly edited / optimised, and to Squeetz for making the routine into a form that needs less proir hex editing to insert.
Click to expand...

I like this idea, it looks great the pokedex .. when this list the routine you leave the explanation of how to insert it: D
 
Spherical Ice

Spherical Ice

5,256
Posts
16
Years
Neon Skylar said:
I like this idea, it looks great the pokedex .. when this list the routine you leave the explanation of how to insert it: D
Click to expand...

Type in the offset you wish to insert the routine at next to the .equ offset, 0x keyword in the .asm file. Save the .asm file, and then assemble it using a thumb assembler. Open the produced .bin file in a hex editor, along with your ROM. Go to each .org keyword in the routine, and copy the address beside it (for example, 10611E). Go to each of these addresses in both your ROM and .bin file, and copy the non-FF bytes from the .bin file to the same location as your ROM. Repeat this until you've made all of these changes. Then go to the offset you typed at the top of the routine, next to .equ offset, 0x, and, again, copy the bytes from the .bin file to your ROM. Save your changes, and test in game.

I hope that helps.
 
Last edited:

Neon Skylar

75
Posts
9
Years
Spherical Ice said:
Type in the offset you wish to insert the routine at next to the .equ offset, 0x keyword in the .asm file. Save the .asm file, and then assemble it using a thumb assembler. Open the produced .bin file in a hex editor, along with your ROM. Go to each .org keyword in the routine, and copy the address beside it (for example, 10611E). Go to each of these addresses in both your ROM and .bin file, and copy the non-FF bytes from the .bin file to the same location as your ROM. Repeat this until you've made all of these changes. Then go to the offset you typed at the top of the routine, next to .equ offset, 0x, and, again, copy the bytes from the .bin file to your ROM. Save your changes, and test in game.

I hope that helps.
Click to expand...

1.- Copy and paste the routine in a text editor.

2- On the line where it says ".equ offset, 0x" I put the address (in my case it is B00000)

3.- I keep the routine and name it as .asm (in my case, Dex.asm)

4.- I go to the thumb folder and I put my Dex.asm to Dex.bin

5.- Then I open with HxD a clean rom and the Dex.bin

.....

Until this step can I understand .. what should I do now? explain me with a little more detail and I hope I do not bother much ...
 
Last edited:

Lance Koijer 2.0

Lance Koijer
105
Posts
6
Years
Xencleamas said:
I have modified and enhanced azurile13's (credits and kudos to him) routine to make this supported on the Compiler's THUMB.bat. These are the things I modified:
  • Added routines creating the hooks that are to be copy-pasted on their respective locations. There are 11 hooks.
  • Added the master location of the routine in which the hooks will create locations for those routines. Insert your free space on .equ MyLoc. Format: 0x###### (Hexadecimal Number)
  • Created and added a new index list of Pokémon up to Generation VI including the formes in style of KDS/Chacha Dinosaur from the filenames of MrDollSteak's sprites in his Sugimori and Gen VI threads. I think there is no master index list for Generation VII. If there is, please PM me and I will add those.
  • With the list created as stated above, you will just have to create your own Regional Pokédex by copy-pasting from your Excel and Notepad file to below "regional_dex_order" and .hword 0x0000 should be first in the list. Make sure the names are all CAPS-LOCKED. In case of Nidorans, Farfetch'd, Mr. Mime, Ho-Oh, Mime Jr., Porygon-Z, and Flabébé, their characters are changed so you'll have to look for them in the master list. NOTE: Cohagrigus have been filtered out and changed into asterisks (*). Remember to correct its name before generating the binary file otherwise the .asm file won't work.

Custom Regional Pokédex for FireRed:
Spoiler:
Click to expand...

hello... it was indeeed a nice recoding of yours...

I have questions though, does the byte on the equ. part is the actual index number of that Pokémon or that is what can be seen in National Dex. I have, however, made the arrangement that all mons first and the the forms will be the last slot.. by doing that, do I have to edit the index and replace it with the corresponding pokemon index?

Also, does it support forms now? Liké Flabebe but they will share the same index number.

EDIT: I have tried to compile all these to my THUMB Assembler but I got no luck because the code is too many that the compiler can't manage to assemble lol. Is there anyway I can compile it? I tried CMD and what I always get is error... tried piece-by-piece assembly but still the compiler can't process it.
 
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Spherical Ice

Spherical Ice

5,256
Posts
16
Years
Neon Skylar said:
1.- Copy and paste the routine in a text editor.

2- On the line where it says ".equ offset, 0x" I put the address (in my case it is B00000)

3.- I keep the routine and name it as .asm (in my case, Dex.asm)

4.- I go to the thumb folder and I put my Dex.asm to Dex.bin

5.- Then I open with HxD a clean rom and the Dex.bin

.....

Until this step can I understand .. what should I do now? explain me with a little more detail and I hope I do not bother much ...
Click to expand...

Open your ROM (not a clean one, the one you actually want to insert it into) and Dex.bin in HxD.

Go to 0x10611E in both Dex.bin and your ROM, copy the bytes from Dex.bin, and paste them in your ROM.
Go to 0x106370 in both Dex.bin and your ROM, copy the bytes from Dex.bin, and paste them in your ROM.
Go to 0x106530 in both Dex.bin and your ROM, copy the bytes from Dex.bin, and paste them in your ROM.
Go to 0x452200 in both Dex.bin and your ROM, copy the bytes from Dex.bin, and paste them in your ROM.
Go to the address you put next to .equ offset, 0xB00000. in both Dex.bin and your ROM, copy the bytes from Dex.bin, and paste them in your ROM.
Save your ROM.
 
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Neon Skylar

75
Posts
9
Years
Spherical Ice said:
Open your ROM (not a clean one, the one you actually want to insert it into) and Dex.bin in HxD.

Go to 0x10611E in both Dex.bin and your ROM, copy the bytes from Dex.bin, and paste them in your ROM.
Go to 0x106370 in both Dex.bin and your ROM, copy the bytes from Dex.bin, and paste them in your ROM.
Go to 0x106530 in both Dex.bin and your ROM, copy the bytes from Dex.bin, and paste them in your ROM.
Go to 0x452200 in both Dex.bin and your ROM, copy the bytes from Dex.bin, and paste them in your ROM.
Go to the address you put next to .equ offset, 0xB00000. in both Dex.bin and your ROM, copy the bytes from Dex.bin, and paste them in your ROM.
Save your ROM.
Click to expand...

Muchaaaaas Gracias Hermano :D it worked perfectly
 
Dr. Seuss

Dr. Seuss

Will finish GS Chronicles, I swear!
523
Posts
10
Years
I have a request. i'm not sure if that is possible or if it was already created, but. Is there a way to create a custom giveegg? I mean, I'd like to create an event that gives the player a Pokemon egg. and that egg will hatch with an specific shiny rate and custom moves. Like the Odd Egg you receive in GSC from the Day-care man that hatches knowing Dizzy Punch.
 
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Diego98

22
Posts
9
Years
  • Age 26
  • Seen Feb 1, 2020
I have a request that I'm pretty sure it's possible. I want a routine that modify the giveitem command (or something similar) in order to give the specified amount in a var of certain item. Example: The var 0x8000 is set to 3, then execute the giveitem command and it gives 3 items.
 
Spherical Ice

Spherical Ice

5,256
Posts
16
Years
Diego98 said:
I have a request that I'm pretty sure it's possible. I want a routine that modify the giveitem command (or something similar) in order to give the specified amount in a var of certain item. Example: The var 0x8000 is set to 3, then execute the giveitem command and it gives 3 items.
Click to expand...

I'm fairly certain the giveitem command lets you do this already, certainly just additem should. Just use the variable number in place of the value.

So for example:

Code: 
setvar 0x8004 0xA
giveitem ITEM_POTION 0x8004 MSG_OBTAIN

would give you 10 Potions.
 
pikachux2

pikachux2

Never Evolve
115
Posts
14
Years
Spherical Ice said:
I'm fairly certain the giveitem command lets you do this already, certainly just additem should. Just use the variable number in place of the value.

So for example:

Code: 
setvar 0x8004 0xA
giveitem ITEM_POTION 0x8004 MSG_OBTAIN

would give you 10 Potions.
Click to expand...

I'm not sure about the giveitem command... However the givemoney command does have this problem in which you cannot give a variable as the value. The game takes the value of the variable number not what the variable itself is pointing to. This is a problem for me also, and I was wondering if it is a problem ASM can solve.
 
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